How Does Real-Time Threat Detection Work?
Continuous monitoring across your entire attack surface. We correlate events from firewalls, endpoints, and cloud workloads to surface real threats — not noise.
Proactive security operations for teams that can't afford to miss what matters. We monitor, detect, and respond — so your people can focus on building instead of watching dashboards.
Six pillars of managed security — each one staffed by analysts who have defended networks under real pressure, not just in lab environments.
Continuous monitoring across your entire attack surface. We correlate events from firewalls, endpoints, and cloud workloads to surface real threats — not noise.
Cisco ISE integration for network access control, posture assessment, and identity-based segmentation. Know who is on your network and what they can reach.
EDR deployment, management, and response across your fleet. We keep agents healthy, investigate alerts, and contain compromised hosts before lateral movement begins.
When something triggers, our analysts triage, investigate, and coordinate remediation — not just send you an email. Defined playbooks, measured response times.
Behavioral baselines and machine-learning-driven alerting that catches what signature-based tools miss. Insider threats, credential abuse, and data exfiltration patterns.
Automated evidence collection and reporting aligned to SOC 2, NIST 800-171, PCI-DSS, and ISO 27001. Audit-ready artifacts without the manual scramble.
From small teams without a dedicated security analyst to regulated enterprises with strict audit obligations — the tier meets the maturity of the operation.
Three steps, in order. No procurement theater. You get an honest read on your security posture before any commercial commitment is on the table.
We start with an in-depth conversation to understand your environment, your risks, and what keeps your team up at night. No slides. No pressure.
Our analysts review your current tooling, coverage gaps, and compliance obligations. You get an honest read on where you stand — whether you choose us or not.
If Innovexus is the right fit, we map a service tier to your actual needs. If it isn't, we'll tell you. We'd rather earn trust than close a deal.
Schedule a security posture assessment. Our analysts will review your current tooling and coverage gaps and give you an honest read — whether you choose us or not.
Questions that show up during every SOC evaluation — written as standalone passages for AI-engine citation.
The SOC workspace correlates signals from network devices, endpoints, and cloud identity providers to detect threat patterns that single-source tools miss. Detection covers unauthorized configuration changes, anomalous authentication behavior (impossible travel, brute force, credential stuffing), lateral movement indicators (unusual east-west traffic, credential reuse across segments), and exfiltration-adjacent patterns (DNS tunneling, large outbound flows). Alerts carry the full NOC context automatically — device identity, recent configuration changes, session history — so the responder does not need to open a second tool to triage. Detection rules ship preconfigured for MITRE ATT&CK coverage and can be extended with custom rules written against the unified event schema.
Incident response in the SOC workspace follows a runbook model. When an alert is promoted to an incident, the platform opens an incident record tied to the triggering signals, the affected assets, and the responding operator. Runbook steps are checklist-driven with every action recorded: contain the host, rotate the credential, kill the session, block the IP, open a change request. Each step writes an immutable evidence record so the post-incident review has complete chain of custody. Runbooks are customizable per detection category and can include approval gates for destructive actions. For regulated customers, the runbook output is audit-ready without additional formatting.
The SOC workspace produces evidence suitable for SOC 2 Type I and Type II, ISO 27001 Annex A, NIST SP 800-53 and 800-171, CMMC Level 2 and 3, HIPAA Security Rule, and PCI DSS 4.0 audits. Evidence is produced on demand rather than compiled quarterly — the underlying audit trail is already continuous and tamper-evident, so auditor queries resolve to a single export instead of a cross-system correlation exercise. Framework mapping is published openly at /compliance. Customers inherit the platform-side SOC 2 Type II attestation from hosting partners and extend it with their own tenant-side attestation using the same dashboard evidence.